Russian army units have recently begun to equip advanced versions of the Lancet kamikaze drones, which are equipped with auxiliary camera devices and double tandem warheads, capable of penetrating overhead protective cages and ** reactive armor. According to reports, the current Lancet UAV has the ability to fly autonomously and automatically target recognition. This particular new drone is different from the previous ones in design, having a tubular body and wing roots. Interestingly, the Ukrainian military also recognized the dangers posed by this new and improved drone, and discussed how to develop technical and tactical countermeasures when carrying out cruise missions on the Lancet. According to reports, in recent months, the Lancet drone has undergone a number of upgrades, including improvements in engines, warheads, range, and optical and tracking technologies. But all these latest features are not concentrated in one model, but appear in different combinations in different versions and production batches. This also means that different Russian ground forces and airborne forces may be armed with different versions of the improved "Lancet". This customized approach may be based on the needs of specific Russian army formations and Ukrainian regions.
It is reported that the new "Lancet" UAV, which has the ability to penetrate reactive armor, protective ceilings and anti-drone nets, poses a challenge to Ukraine's defense system. In contrast, older models of Lancet drones may be subject to Ukraine's anti-drone defense system and will not function as well as they should. Allegedly, the new Lancet UAV, next to the secondary dual camera of the warhead, has a laser-based targeting system. In addition, the "Lancet" is equipped with a new type of laser sight and a tandem warhead, which enhances its striking capabilities. According to the Russian Telegram channel "U** Tech", a new modification appeared in the front of the "Lancet", which is equipped with a lidar system, which allows the "Lancet" to now be able to approach the target in advance, and the cumulative metal jet can burn through the armor, making the anti-drone nets and protective roofs ineffective. In addition, an automatic target acquisition system based on neural networks was added to the new "Lancet". Recent information also mentions that the new Lancet drone successfully destroyed the Czech RM-70 multiple launch rocket system (MLRS) and Dana self-propelled artillery (SPG) in mid-October.
This successful operation showed the power of the new "Lancet" UAV in real combat. The development of UAV technology is changing with each passing day, and the equipment of the new "Lancet" UAV is undoubtedly of great significance for the Russian army. However, this has also sparked an international discussion about the impact of drones in warfare and the shape of warfare in the future. In this context, all leading forces continue to strengthen the research and development and application of UAVs to maintain their military superiority. As technology continues to advance, drones will play an increasingly important role in future warfare. Footage captured by the Lancet's nose camera shows that the drone flew with the support of automatic target recognition technology. According to reports, this technology may include the use of lidar. Lidar is a remote sensing technology, but how it will be used for military purposes is unknown. However, it is reported that this technology may help solve the problem of anti-drone nets. In addition, there are reports that the lidar can identify the metal cage in front of the tank or artillery shield, and program the warhead accordingly. This technical solution appears to be effective in addressing a number of military challenges.
Recently, The Lancet magazine reported on an attack on the American Bradley infantry fighting vehicle (IFV. The screenshot shows that as the plane approached the tank, a drone captured two different **. Once** was far away from the Bradley, and the other ** happened exactly when it hit its body. This technology broke the defenses of the anti-drone net, which posed a threat to some older models of the Lancet. This report shows that the development of UAV technology has brought new challenges to operations. In this regard, the technology used by the "Lancet" defeated the anti-drone net, which also attracted the attention of experts and the military. The U.S. Army Bradley Infantry Fighting Vehicle (IFV) is a multi-purpose combat vehicle with strong mobility and survivability, which is widely used in army operations. However, the latest attacks have shown the threat posed to them by drones and a reminder of the need for the military to step up its technology to counter drones. In response to this situation, a number of experts suggested to the Ukrainian army and ** the use of powerful electronic warfare as a means of countering the "Lancet". They noted that the operating frequency of the Lancet could be monitored by means of an RF spectrum analyzer, which provided a basis for the development of effective countermeasures.
At the same time, the expert also noted that Russia's own ground-based electronic warfare forces do not protect the "Lancet", since they do not want jamming systems to interfere with the operation of their UAVs. This provides the Ukrainian army with an opportunity to identify and confront this threat. However, the Ukrainian army also needs to be ready to respond to the Lancet attack, as Russia may strike at the time of the "(electronic) jam" and the "jamming" of electronic warfare. As can be seen from the analysis of experts, the challenge of countering UAVs requires not only the support of military technology, but also a comprehensive response from multiple levels such as technology, intelligence and tactics. The military needs to continuously strengthen technology research and development and tactical training to ensure that it maintains the ability to counter drones on the modern battlefield. This incident also reminds all parties around the world that the rapid development of UAV technology has brought new challenges to modern warfare, and it is necessary to strengthen cooperation and exchanges to jointly address this challenge. It is only through constant innovation and cooperation that new threats in modern warfare can be better addressed.